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The maximum NUMBER of GUIDE curves used in Swept operations is THREE (3).

The maximum number of guide curves used in Swept operations is Three (3).

We can CREATE 11 TYPES of VIEWS in DRAFTING.

We can create 11 types of views in drafting.

We can identify by going to INFORMATION –> OTHERS –> Object – specific –> DIMENSION with Manual TEXT.

We can identify by going to Information –> Others –> Object – specific –> Dimension with Manual Text.

A DATUM plane is a reference plane that serves as AID when existing PLANES are not available. The datum plane can be editor LATER. The fixed datum plane are datum planes which cannot be EDITED later.

A Datum plane is a reference plane that serves as aid when existing planes are not available. The datum plane can be editor later. The fixed datum plane are datum planes which cannot be edited later.

A face blend can be created between the faces of solid and / or sheet bodies. The faces can be NON ADJACENT and/ or part of a different sheet BODY.

Soft blends let you create blends WHOSE cross sectional shape is not CIRCULAR.

A face blend can be created between the faces of solid and / or sheet bodies. The faces can be non adjacent and/ or part of a different sheet body.

Soft blends let you create blends whose cross sectional shape is not circular.

We can use 37 CHARACTERS for a PART file NAME.

We can use 37 characters for a part file name.

We will use primary strings and CROSS strings in Through CURVE Mesh option for creating a FREE form feature.

We will use primary strings and cross strings in Through Curve Mesh option for creating a free form feature.

In RULED FEATURE TWO section strings are NECESSARY.

In Ruled feature two section strings are necessary.

There are FOUR PRIMITIVES. They are Block, CYLINDER, CONE and Sphere.

There are four primitives. They are Block, Cylinder, Cone and Sphere.

Primitive features are the basic analytic shapes. They are non associative, meaning they are not ASSOCIATED to GEOMETRY USED to create them.

Primitive features are the basic analytic shapes. They are non associative, meaning they are not associated to geometry used to create them.

The MINIMUM BLEND RADIUS is PART TOLERANCE.

The minimum blend radius is part tolerance.

ANGLE – o.5

DISTANCE – 0.0254

Angle – o.5

Distance – 0.0254

The LAW curve OPTION lets you create a SPLINE using the law Sub-function. A law spline is defined by a set of X, Y, and Z COMPONENTS. You must specify a law for each of these THREE components.

The law curve option lets you create a spline using the law Sub-function. A law spline is defined by a set of X, Y, and Z components. You must specify a law for each of these three components.

By using single SEGMENT option in TUBE we GET a single SMOOTH solid along the guide curve.

By using single segment option in Tube we get a single smooth solid along the guide curve.

Section strings is DEFINED as the CURVES which REPRESENT the section of the PROFILE in Sweep along guide or Swept command.

Section strings is defined as the curves which represent the section of the profile in Sweep along guide or Swept command.

Expand command is used in DRAFTING. In the drafting APPLICATION you can use expand to create and EDIT objects in SPECIFIC view.

Expand command is used in Drafting. In the drafting application you can use expand to create and edit objects in specific view.

B SURFACE is Bazier surface.

B surface is Bazier surface.

NURBS is NON Uniform RATIONAL BEZIER SPLINES.

NURBS is Non Uniform Rational Bezier Splines.

There are three WAYS to FIND the SKETCH is FULLY constrained.

1. In sketch environment (STATUS bar)
2. In part navigation
3. Checkmate

There are three ways to find the sketch is fully constrained.

There are 8 mating CONSTRAINTS in assembly. Mate, Align, ANGLE, Parallel, Perpendicular, Center, Center, DISTANCE and Tangent.

There are 8 mating constraints in assembly. Mate, Align, Angle, Parallel, Perpendicular, Center, Center, Distance and Tangent.

In BOTTOM up ASSEMBLY we create the different parts of an assembly in separate file and then GET them and assemble USING CONSTRAINT.

In bottom up assembly we create the different parts of an assembly in separate file and then get them and assemble using constraint.

In TOP down ASSEMBLY we CREATE the different parts in the same assembly file and assemble it there itself.

In top down assembly we create the different parts in the same assembly file and assemble it there itself.

Reference SET controls the the amount of data that is loaded from each component and viewed in context of an assembly. (Data likes DATUM Planes, Axis, Solid body, Sheet body, Sketches, CURVES etc)

Reference set controls the the amount of data that is loaded from each component and viewed in context of an assembly. (Data likes Datum Planes, Axis, Solid body, Sheet body, Sketches, Curves etc)

STRING mode is an OPTION which is available while creating lines and arc using BASIC curves. When the string mode is selected we can DRAW continuous lines or arc. If the string mode is not selected we can create only one line or arc at a time.

String mode is an option which is available while creating lines and arc using basic curves. When the string mode is selected we can draw continuous lines or arc. If the string mode is not selected we can create only one line or arc at a time.

In REATTACH, You can reattach a already CREATED sketch to a DIFFERENT planar face or datum PLANE.

In Reattach, You can reattach a already created sketch to a different planar face or datum plane.

DISPLAYED parts are the parts which can only be displayed but not editable while we can both DISPLAY and EDIT a work part. Both displayed part and work part comes under ASSEMBLY.

Displayed parts are the parts which can only be displayed but not editable while we can both display and edit a work part. Both displayed part and work part comes under assembly.

The IDEA of virtual assembly taken to its logical conclusion leads to Master Model paradigm. In this concept a master model of the COMPONENT is designed and the same is referred by those in assembly, drafting, analysis and MANUFACTURING DEPARTMENT of the particular COMPANY.

The idea of virtual assembly taken to its logical conclusion leads to Master Model paradigm. In this concept a master model of the component is designed and the same is referred by those in assembly, drafting, analysis and manufacturing department of the particular company.

We FIND the Bounded PLANE COMMAND in Insert –> Surface –> Bounded Plane.

We find the Bounded plane command in Insert –> Surface –> Bounded Plane.

We FIND these options in SECTION COMMAND of FREE form feature.

We find these options in section command of free form feature.

There are 256 LAYERS in UNIGRAPHICS.

There are 256 layers in Unigraphics.

There are 22 types of Geometrical CONSTRAINS in UNIGRAPHICS NX.

There are 22 types of Geometrical constrains in Unigraphics NX.

SKETCH curve are PARAMETRIC and can CONSTRAIN but basic CURVES are NON parametric and cannot constrain them.

Sketch curve are parametric and can constrain but basic curves are non parametric and cannot constrain them.

In Rotational WCS we can give the angle by which the WCS NEED to rotate by TYPING it in the SPACE provided, while in DYNAMIC WCS we can dynamically rotate the WCS and give the angle.

In Rotational WCS we can give the angle by which the WCS need to rotate by typing it in the space provided, while in Dynamic WCS we can dynamically rotate the WCS and give the angle.

Co-ordinate System is a reference element. It uses X,Y and Z co-ordinates while creating MODEL.

Following are the three types of Co-ordinate SYSTEMS

1. WORK Co-ordinate System
2. ABSOLUTE Co-ordinate System
3. Existing Co-ordinate System

Co-ordinate System is a reference element. It uses X,Y and Z co-ordinates while creating model.

Following are the three types of Co-ordinate Systems

• IGES – INITIAL Graphic Exchanges Specifications.
• STEP – Standard For The Exchange of PRODUCT MODEL Data
• DXF – Data Exchange Format

To create a sketch, you must associate the Sketch FEATURE to a planar object. We can select a FACE or DATUM PLANE. This plane is know as SKETCHING plane.

To create a sketch, you must associate the Sketch feature to a planar object. We can select a face or Datum plane. This plane is know as sketching plane.

There are TWO TYPES of CONSTRAINTS.

1. GEOMETRICAL constraints
2. DIMENSION constraints

There are two types of constraints.

Constraints limit STRUCTURAL movement and represent MOUNTS and SUPPORTS. Constraints can be applied to faces or edges. (Restricting the degree of freedom)

Constraints limit structural movement and represent mounts and supports. Constraints can be applied to faces or edges. (Restricting the degree of freedom)

Datum Axis, which is a reference object you can USE to create other objects, such as Datum planes, REVOLVED features, and EXTRUDED bodies. Datum Axis can be either relative or fixed.

Datum Axis, which is a reference object you can use to create other objects, such as Datum planes, revolved features, and extruded bodies. Datum Axis can be either relative or fixed.

Datum Plane is reference feature that can be USED to as CONSTRUCTION tool in BUILDING the MODEL.

Datum Plane is reference feature that can be used to as construction tool in building the model.

We can create a mosquito coil by FIRST creating an INCLINED helix CURVE and then projecting it to the bottom plane. Then we need to use the sweep along guide COMMAND.

We can create a mosquito coil by first creating an inclined helix curve and then projecting it to the bottom plane. Then we need to use the sweep along guide command.

Para solid is FORM of translator which is used to open the HIGHER VERSION Unigraphics part FILES to in lower version of Unigraphics. For example we can open the NX7.5 version part files in NX4.

Para solid is form of translator which is used to open the higher version Unigraphics part files to in lower version of Unigraphics. For example we can open the NX7.5 version part files in NX4.

There are four types of modeling.

1. Solid Modeling
2. FEATURE Based Modeling
3. FREE FORM Modeling
4. Sheet Metal Feature Modeling

There are four types of modeling.

The Unigraphics NX Knowledge FUSION application provides a graphical USER interface that ALLOWS us apply engineering knowledge driven rules and DESIGN intent to geometric models and assemblies in Unigraphics.

The Unigraphics NX Knowledge Fusion application provides a graphical user interface that allows us apply engineering knowledge driven rules and design intent to geometric models and assemblies in Unigraphics.

The Weight management OPTION allow us to calculate and control the weight and other mass properties of PARTS, components and ASSEMBLIES based on the SOLID bodies they CONTAIN.

The Weight management option allow us to calculate and control the weight and other mass properties of parts, components and assemblies based on the solid bodies they contain.

Grip programs can be executed as button action by specifying grip EXECUTABLE file names. The uses of Grip are

1. SIMPLIFY REPETITIVE Operations
2. STANDARDIZED Results
3. Interactive commands.

Grip programs can be executed as button action by specifying grip executable file names. The uses of Grip are

There are 256 LAYERS in UG.

There are 256 Layers in UG.

There are 216 COLORS in UG.

There are 216 colors in UG.

we can USE Undo for 222 TIMES or until up to LAST time saved.

we can use Undo for 222 times or until up to last time saved.

Direct MODELING techniques represents extended capabilities for some of the more BASIC Unigraphics functions. AMONG these are face oriented operations, constraint based methods, blend regeneration and independence of feature history. You can use Direct modeling functions on models that have been imported from other CAD systems and are nonparametric.

Direct modeling techniques represents extended capabilities for some of the more basic Unigraphics functions. Among these are face oriented operations, constraint based methods, blend regeneration and independence of feature history. You can use Direct modeling functions on models that have been imported from other CAD systems and are nonparametric.